At Gaelix Marine Service, we are thrilled to be the exclusive representative of Rim Drive Technology in Greece. This groundbreaking company is reshaping the marine industry with its cutting-edge electric propulsion systems. From powerful outboards to precision POD motors and advanced thrusters, Rim Drive Technology offers solutions that blend exceptional efficiency, unmatched reliability, and a commitment to sustainability.

Explore the Full Range of Rim Drive Technology Products

1. Outboard Systems: Compact Power for Every Adventure

Rim Drive Technology’s outboard systems are perfect for boaters looking for a combination of compact design, power, and eco-friendly performance.

• Entry-Level Outboard: Designed for smaller boats, this system is a cost-effective option that doesn’t compromise on quality or reliability.
• High-Power Outboards: These models provide enhanced thrust and efficiency, ideal for larger vessels and longer trips.

Enjoy responsive acceleration, whisper-quiet operation, and unmatched maneuverability with Rim Drive’s innovative outboard motors.

2. Steerable POD Systems: Precision at Your Fingertips

Steerable POD motors offer a sleek, space-saving design and exceptional control, making them a favorite for modern yachts and boats.

• Entry-Level Steerable POD: Perfect for smaller vessels, this affordable model combines compactness and reliability with high performance.
• Steerable POD with Joystick Steering System: Featuring an intuitive joystick, this system takes precision docking and tight maneuvering to a whole new level.

These systems are designed for those who value control and efficiency in every journey.

3. Thrusters: Maneuver with Ease

Docking and navigating tight spaces become effortless with Rim Drive Technology’s advanced thrusters. Whether you choose a bow or stern thruster, you’ll benefit from:

• Silent Operation: Say goodbye to noisy traditional systems.
• Effortless Maintenance: Simple designs reduce the need for frequent servicing.
• Compact Installation: Perfect for almost any type of vessel.

4. POD Motors: The Future of Marine Propulsion

POD motors integrate the motor, gearbox, and propeller into one efficient unit, offering simplicity and unparalleled performance.

Why Choose POD Motors?

• Higher Torque: Delivers powerful thrust for larger vessels.
• Energy Efficiency: Optimized for lower power consumption, extending battery life.
• Seamless Installation: Compact design fits into most vessel types without hassle.

5. Subsea Motors: Built for the Deep

Rim Drive Technology’s subsea motors are engineered for challenging underwater applications. Using corrosion-resistant materials and an ultra-compact design, these motors deliver exceptional durability and reliability in the harshest conditions.

6. Batteries and Accessories: The Perfect Companions

No propulsion system is complete without reliable power and intuitive control. Rim Drive Technology offers:

• Long-lasting, high-capacity batteries.
• Smart throttle controllers for seamless speed adjustments.
• Durable modular cables for effortless integration.

Every accessory is designed to work flawlessly with Rim Drive motors, ensuring a seamless user experience.

Why Rim Drive Technology Stands Out

Exceptional Efficiency

The rim-driven motor design eliminates energy losses typically caused by drive shafts. This unique engineering delivers impressive thrust and performance while consuming less power, allowing you to sail longer and farther.

Unparalleled Reliability

• Fewer Moving Parts: Less wear and tear means less downtime.
• Corrosion-Resistant Materials: Specifically chosen to endure tough marine environments.
• No Seals or Gearboxes: Reducing potential failure points for enhanced durability.

Effortless Maintenance

Rim Drive Technology systems are built to be as maintenance-free as possible. With fewer parts to replace and modular designs, repairs are quick and simple. Plus, Gaelix Marine Service offers expert remote support to help with adjustments or troubleshooting.

Gaelix Marine Service: Your Trusted Partner

At Gaelix Marine Service, we are committed to bringing you the best that Rim Drive Technology has to offer. As their exclusive representative in Greece, we provide:

• Sales: Access to a full range of Rim Drive products tailored to your vessel.
• Installation: Professional setup designed to meet your specific needs.
• Maintenance and Support: Comprehensive service to keep your systems running smoothly.

Take Your Boating Experience to the Next Level

With Rim Drive Technology, you’re not just upgrading your propulsion system—you’re embracing the future of marine innovation. Whether you’re looking for quiet outboards, powerful POD motors, or advanced thrusters, Gaelix Marine Service has the expertise and products to transform your time on the water.

Contact us today to explore your options and let us help you find the perfect solution for your vessel. Together, we’ll redefine your boating experience.

Learn more or call us for expert guidance and support!

Authors of the photos: Nova Lift, Sealift, COONEY, NorDav, Gaelix MS

Lifting and storing tenders, jet skis, and other watercraft is an essential aspect of boat ownership. With a range of solutions available—from basic manual davits to advanced hydraulic platforms—it’s important to choose the right system for your needs. Among the many options, NorDav systems stand out for their simplicity, versatility, and innovative design, offering the perfect balance between functionality and ease of use.

Types of Tender Lifting Systems

1. Manual Davits with Lifting Mechanisms

These are the most basic and cost-effective systems, usually consisting of a metal beam with a hook and a manual winch.

Advantages:

• Affordable and easy to operate.
• Simple construction, ideal for smaller watercraft.

Drawbacks:

• Require significant physical effort.
• Unsuitable for lifting heavier tenders or jet skis.

2. Electric Lifting Davits

Equipped with electric winches, these systems simplify the lifting process and allow for handling heavier loads with ease.

Advantages:

• Easy operation with minimal physical effort.
• Suitable for larger and heavier watercraft.

Drawbacks:

• Require a power source.
• Can take up considerable space.

3. Hydraulic Platforms

The most advanced and expensive option, hydraulic platforms are integrated into the stern of the boat. These systems lower into the water, allowing for easy tender deployment and retrieval.

Advantages:

• Maximum convenience and automation.
• Ideal for large yachts and heavy tenders.

Drawbacks:

• High installation and maintenance costs.
• Require significant space and may not be compatible with all boat types.

NorDav: The Perfect Balance of Simplicity and Functionality

Standing apart from traditional lifting solutions, NorDav offers an innovative approach that is both practical and versatile. Designed to fit almost any swim platform, even the narrowest ones, NorDav is also an excellent choice for dock installations.

Why Choose NorDav Systems?

1. Ease of Use

Unlike bulky hydraulic platforms, NorDav systems are lightweight, compact, and easy to install. They secure to the deck with a single bolt and can be removed effortlessly, leaving only a minimal footprint.

2. Versatile Applications

• Compatible with all hull types, including flat-bottom and V-shaped designs.
• Perfect for tenders from Gala, Agilis, and inflatables like Gala Freestyle, Gala Sprinter, and Gala Challenger.
• Suitable for installation on both swim platforms and floating docks.

3. Unmatched Durability

• Made from 316L stainless steel, resistant to corrosion in harsh marine environments.
• Electro-polished surfaces ensure long-lasting durability and a sleek aesthetic.
• Polyethylene crib rails in black or white provide optimal support for watercraft.

4. A Range of Models to Suit Every Need

• Manual Systems: NorDav 350 and 500, featuring the reliable Goliath winch.
• Electric Systems: NorDav 500 Electric, equipped with a powerful 12V winch.
• H and V Profiles: Tailored for flat-bottom and V-shaped hulls, ensuring the perfect fit for your vessel.

Installation on Boats and Docks

NorDav systems can be installed virtually anywhere:

• On any boat’s swim platform, regardless of size or shape.
• On floating docks, providing a secure solution for lifting and storing tenders, canoes, or jet skis.

Thanks to their user-friendly design, installation is straightforward and requires only basic tools.

Norwegian Quality You Can Trust

Every NorDav system is a testament to Norwegian craftsmanship:

• Built with premium materials for exceptional durability.
• Designed to withstand the toughest conditions while maintaining ease of use.
• Backed by innovative engineering for reliable and efficient performance.

NorDav: The Ultimate Solution for Your Tender

Whether you’re lifting a lightweight inflatable or a heavy jet ski, NorDav offers a simple, effective, and aesthetically pleasing solution. Its compatibility with all types of hulls and platforms makes it the most versatile choice for both boats and docks.

Why Choose Gaelix Marine Service?

As the exclusive representative of NorDav in Greece, Gaelix Marine Service provides:

• Personalized recommendations to help you choose the perfect model.
• Comprehensive support for installation and maintenance.
• Exceptional service tailored to your unique needs.

Contact us today to find the ideal NorDav system for your boat or dock.

The e’dyn electric propulsion systems are redefining the future of water transportation, combining innovation, sustainability, and performance. Developed by Podkriznik d.o.o., e’dyn (Electric Dynamic Nautics) offers a wide range of electric motors that deliver quiet, eco-friendly solutions for various types of vessels. Whether you’re exploring tranquil lakes or navigating coastal waters, e’dyn is designed to enhance every boating experience.

Why Ch oose e’dyn Electric Systems?

1. Eco-Friendly and Sustainable
e’dyn motors produce zero harmful emissions like CO₂ or nitrogen oxides, contributing to cleaner air and water. With no risk of fuel or oil spills, they help preserve marine ecosystems and protect biodiversity.

2. Whisper-Quiet Operation
Unlike traditional internal combustion engines, e’dyn motors operate at a near-silent level of 30–60 dB, allowing you to enjoy the peaceful sounds of nature. This quiet performance also minimizes disturbance to aquatic life.

3. Low Operating Costs
With minimal maintenance requirements, e’dyn electric systems reduce long-term costs. Additionally, the lower price of electricity compared to fuel makes them a more economical choice over time.

4. High Efficiency and Superior Control
Electric motors deliver instant torque and precise control, making it easier to maneuver your vessel, especially at low speeds or in tight spaces.

5. Future-Ready Compliance
As environmental regulations tighten and combustion engines face restrictions in many waterways, switching to e’dyn ensures your vessel remains compliant with future standards, giving you peace of mind.

What Makes e’dyn Stand Out?

Innovative Design and Quality
e’dyn systems are crafted with cutting-edge technology and premium materials, ensuring long-lasting performance and reliability. Their robust build reflects the company’s commitment to excellence.

Versatile Product Range
From compact solutions for small boats to powerful motors for larger yachts, e’dyn offers engines ranging from 1.6 kW to 25 kW. This versatility means there’s an ideal system for every boater’s needs.

User-Centric Features
e’dyn motors are designed for ease of use, with straightforward installation and operation. Whether you prefer a steering wheel or a lever, the system adapts to your style, ensuring a comfortable and intuitive experience.

Global Presence with Local Support
With a network of distributors and partners worldwide, e’dyn ensures excellent customer service and support. In Greece, Gaelix Marine Service is the exclusive importer, providing expert assistance in selecting, installing, and maintaining your e’dyn system. (Visit Gaelix Marine Service)

Experience the e’dyn Advantage

Switching to e’dyn means embracing a cleaner, quieter, and more efficient way to enjoy the water. Whether you’re looking for a leisurely cruise or a high-performance solution, e’dyn electric motors deliver unmatched reliability and sustainability. With the exclusive support of Gaelix Marine Service in Greece, you can confidently upgrade to the future of boating.

Discover the full range of e’dyn electric propulsion systems on the official website or contact Gaelix Marine Service to take the next step toward eco-friendly boating.

Authors of the photos: NorthPlus Marine Electronic, Lofrans, Gaelix MS

Out on the water, where every gust of wind and change in tide can affect your safety, a reliable anchor windlass becomes your best ally. This device doesn’t just make managing the anchor easier—it turns it into a precise, safe, and even enjoyable process. But how do you choose the right windlass for your needs? Let’s dive in.

Why an Anchor Windlass is Essential

Picture this: you’re enjoying the tranquility of open water, but it’s time to anchor your boat. Without a windlass, you’d need to manually manage the heavy anchor and chain—often in less-than-ideal conditions like wind or rain. With a windlass, however, anchoring is as simple as pressing a button, saving you time and effort while boosting safety.

The Secret to Choosing the Right Windlass

Like boats, windlasses come in many shapes and sizes. Your choice depends on your vessel’s size, the type of chain or rope you use, and even your boating habits.

1. Size Matters

If you have a small motorboat under 8 meters, a compact windlass like the Lofrans X1 is ideal. This lightweight model offers a great balance of power and convenience.
For larger yachts over 10 meters, you’ll need something more robust. The Lofrans X4, for instance, provides impressive pulling power to handle heavier anchors and chains.

2. Chain or Rope?

Some windlasses work exclusively with chains, while others are compatible with a chain-and-rope combination. Be sure to choose a windlass that matches your anchor line setup. Many Lofrans models are versatile enough to handle both configurations.

3. Pulling Power: Don’t Skimp on Strength

A simple formula can guide you: multiply the combined weight of your anchor and chain by three. This safety margin ensures the windlass can handle strong winds and currents. For instance, if your anchor setup weighs 50 kg, look for a windlass with at least 150 kg of pulling force.

Horizontal vs. Vertical Windlasses

Each type offers unique benefits:

• Horizontal Windlasses: Perfect for boats with smaller chain lockers. Models like the Lofrans Kobra are easy to install and maintain.

• Vertical Windlasses: These save space on deck, as most of the mechanism is below deck. A model like the Lofrans SX5 is ideal for yachts with deeper chain storage.

Why Choose Lofrans?

Some brands are synonymous with reliability, and Lofrans is one of them. Their windlasses combine functionality with meticulous attention to detail:

• IP67-rated motors ensure water and corrosion resistance.
• Quiet operation for a more enjoyable experience on the water.
• Free-fall functionality for quick and precise anchor deployment.

Whether you own a small recreational boat or a luxury yacht, Lofrans windlasses offer durability, style, and peace of mind.

Living with a Windlass

If you’ve never had a windlass, you might not realize just how much it simplifies your boating life. Picture yourself on deck, savoring the breeze, knowing that anchoring is now effortless and stress-free.

Authors of the photos: Wikipedia, Comptoir Nautique, Yacht Thruster, Max Power, Gaelix MS

Picture this: you’re at the helm of your yacht, trying to dock in a bustling marina. The wind pushes against the hull, the current pulls you off course, and the limited maneuvering space seems to shrink with every second. Stress levels rise, and even the most experienced skipper can feel the pressure.

But what if you could control your boat’s movement with precision at the flick of a joystick? Enter bow and stern thrusters — game-changing tools that transform even the trickiest maneuvers into smooth, confident actions. Let’s explore why these devices are essential, the types available, and why Max Power is the trusted name in this industry.

Why Do Boats Need Thrusters?

Sailing is a skill that combines technique, intuition, and sometimes nerves of steel. Docking in tight spaces or holding position against the wind and current can be challenging, even for seasoned captains.

Thrusters eliminate much of this stress, allowing you to shift the bow or stern of your boat with precision. It’s like having power steering on a car, making maneuvering safer, easier, and more enjoyable.

Types of Thrusters: Which One Is Right for You?

Modern thrusters come in several varieties, each designed to suit specific needs and vessel types. Let’s break them down:

Tunnel Thrusters

Installed within the hull, typically at the bow or stern. They are robust, durable, and suitable for most yachts and motorboats.

Retractable Thrusters

Perfect for high-speed yachts where minimizing drag is crucial. These thrusters retract into the hull when not in use, providing excellent performance and discretion.

External Thrusters

Mounted outside the hull, these compact units are ideal for small boats or vessels with limited internal space. They are straightforward to install and maintain.

Electric and Hydraulic Thrusters

• Electric Thrusters: Cost-effective and easy to install, making them a great choice for small to mid-sized boats.
• Hydraulic Thrusters: Powerful and durable, designed for larger yachts and heavy-duty use.

Each type caters to specific requirements, ensuring that there’s a perfect match for every boat.

Max Power: A Trusted Leader in Marine Thrusters

Max Power isn’t just a manufacturer; it’s a brand that has earned the trust of captains worldwide.

• Their tunnel and retractable thrusters are renowned for their reliability and performance.
• They offer electric and hydraulic models that balance power with efficiency.
• Their external thrusters are a practical choice for smaller vessels, combining ease of installation with powerful functionality.

Max Power stands out for its commitment to innovation and quality, making it the go-to choice for professionals and enthusiasts alike.

Choosing the Right Thruster for Your Vessel

Selecting the right thruster depends on several factors:

Vessel Size

• For small to medium-sized boats, electric systems are the most practical: they’re efficient, compact, and low-maintenance.
• For larger yachts or motorboats requiring higher thrust, hydraulic systems offer unmatched performance and durability.

Operating Conditions

If you frequently navigate narrow docks or face strong winds and currents, powerful options like retractable or tunnel thrusters are ideal.

Boat Design

External thrusters are perfect for vessels with limited space for hull-mounted systems.

Budget

Max Power offers a range of options to fit every budget, ensuring you get the best performance for your investment.

What Makes Thrusters Essential for Captains?

1. Simplified Docking: No more guessing or repeated attempts. Thrusters make every maneuver seamless and stress-free.
2. Enhanced Safety: Navigate confidently even in challenging weather or crowded marinas.
3. Time and Cost Savings: Reduced risk of collisions or damage means fewer repairs and lower overall expenses.
4. Ease of Control: Modern systems, like joysticks and remote controls, put full maneuvering power in your hands.

Safety and Thrusters: A Winning Combination

Imagine docking in a crowded marina during gusty winds. Without thrusters, maintaining control feels like a constant battle.

With thrusters, you can fine-tune your movements with precision, guiding the boat exactly where it needs to be. This reduces the risk of collisions, lessens the strain on your crew, and makes every journey safer and more enjoyable.

FAQs About Thrusters

1. Are thrusters suitable for my yacht?
   Yes, they can be installed on vessels of all sizes, from small boats to luxury superyachts.
2. How difficult is installation?
   It’s straightforward, especially if done by certified professionals. External thrusters are particularly easy to install.
3. How long do thrusters last?
   With proper maintenance, Max Power thrusters can easily last over a decade.
4. What’s the difference between electric and hydraulic thrusters?
   Electric thrusters are perfect for smaller vessels, while hydraulic systems offer more power and durability for larger boats.
5. Can thrusters handle saltwater environments?
   Absolutely. Max Power designs its products specifically for marine use.
6. Which is better: tunnel or external thrusters?
   It depends on your boat. Tunnel thrusters are ideal for larger vessels, while external thrusters work well for smaller boats with space constraints.

Why Invest in Thrusters? Comfort and Control You Can Trust

Thrusters aren’t just an add-on; they’re a transformative upgrade for any boat or yacht owner. With Max Power’s range of reliable and efficient solutions, you can navigate confidently, dock with ease, and focus on what truly matters: enjoying your time on the water.

Whether you’re a seasoned captain or just starting your maritime adventures, investing in a quality thruster is a decision you’ll never regret.

Authors of the photos: OCEAN, DAN-FENDER

Mooring fenders, commonly referred to as bumpers, are indispensable in protecting a vessel’s hull during docking. They absorb the force of impact when a ship comes into contact with a pier or another vessel, particularly during towing operations. Typically made from PVC material, these fenders are placed along the sides of the ship just before docking, serving as a buffer to absorb collision energy. For example, Ocean uses Plastisol PVC material to produce all of its fenders, which is highly valued for its properties, including:

• Chemical Resistance: It remains inert when exposed to a wide range of chemicals and petroleum products.

• Elasticity: The material’s flexibility allows it to absorb substantial impact without damage.

• Energy Dissipation: Fenders are designed to absorb and distribute the energy from collisions effectively.

• Mechanical Strength: They resist deformation even under heavy loads.

• Environmental Durability: These fenders can withstand harsh environmental conditions, such as extreme temperatures, UV radiation, and prolonged exposure to seawater.

Choosing the Right Mooring Fenders

Selecting the appropriate mooring fenders depends largely on the design of the vessel and specific mooring conditions. Though there are no rigid rules, here are some general recommendations:

• Use one fender for every 2.5 meters of the vessel’s length, with at least three fenders per side.

• Most vessels should have between 6 to 8 fenders.

• To determine the appropriate fender diameter, apply the formula: 2.5 cm per 1.2 meters of vessel length. For instance, a 30-foot boat would require a fender with a diameter of around 20.8 cm.

• The fender’s length should be approximately two-thirds of the vessel’s freeboard height.

• For inflatable fenders, maintain a pressure of 0.15-0.2 atmospheres (kg/cm²), and check the pressure once or twice a year.

Understanding the Categories of Mooring Fenders

Mooring fenders are categorized by their application and their position on the vessel.

Application-Based Categories:

1. Temporary Fenders: These are used on standard vessels, attached just before docking and removed afterward.

2. Permanent Fenders: Typically found on icebreakers and tugboats, these fenders are permanently installed for continuous protection.

Positioning-Based Categories:

1. Floating Fenders: These buoy-like fenders are connected by rigging chains and float on the water’s surface, making them ideal for larger vessels due to their bulk and weight.

2. Handing Fenders: Also known as bow, side and stern fenders, these are used on smaller vessels. They can be raised or lowered easily, without the need for winches or pulleys, and are suspended along the vessel’s sides using ropes or chains during docking.

Types of Hanging Fenders:

• Bow Fenders: These are hollow, rubber cylinders shaped like a boomerang, permanently installed at the bow to protect this vulnerable part of the vessel.

Example – OCEAN Bow Fenders

• Cylindrical Side Fenders: Installed on both sides of the ship, these fenders can be adjusted in height or removed as needed.

Example – OCEAN Fenders H SERIES, OCEAN Fenders U SERIES, OCEAN Fenders CH SERIES, OCEAN Fenders RT SERIES, 

OCEAN  Mega Yacht Fenders MAGNUS SERIES, OCEAN  Mega Yacht Fenders EASYSTORES PLUS SERIES

• Round stern or side fenders: These are installed on the stern or swim platform and can also be mounted along the sides, closer to the bow of the vessel. These fenders can be adjusted in height and removed as needed. They provide protection during stern-to-dock mooring.

Example – OCEAN Buoys R SERIES

Operational Considerations for Using Mooring Fenders

When it comes to using inflatable fenders, they can be inflated with a standard car pump or compressor. However, it’s important to monitor the pressure, as the air inside the fender can expand under direct sunlight, potentially increasing internal pressure.

Fenders should be deployed just before the vessel enters the marina, alongside other docking preparations such as securing mooring lines and preparing to drop anchor.

On smaller vessels, fenders are usually attached to the sides using mooring cleats. For those with less experience, there is a risk of entangling the fender lines with the mooring lines during docking. To prevent this, it may be beneficial to install special hooks or clips along the sides or superstructure, which can help in the quick and efficient deployment or removal of fenders.

The “figure-eight” or “clove hitch” knots are highly recommended for securing fender lines due to their ease of tying and reliability.

Energy Absorption and Distribution in Mooring Fenders

Mooring fenders are also classified based on how they absorb and distribute impact energy:

1. Shock-Absorbing Fenders: These include elastic, pneumatic (air-filled) fenders that are designed to absorb the energy from impacts.

2. Damping Fenders: Available in gas or hydraulic variants, these fenders dissipate impact energy by compressing the gas or liquid inside.

3. Combined Fenders: Hydro-elastic and hydro-pneumatic fenders combine the features of shock-absorbing and damping fenders, offering enhanced protection through a dual-shell design.

Types of Shock-Absorbing Fenders

Pneumatic fenders come in two main designs: chambered and non-chambered.

• Non-Chambered Fenders: These consist of a single rubber shell reinforced with metal or polymer cords. These fenders are mainly used for pleasure motor yachts and sailboats up to 60 feet in size.

• Chambered Fenders: Also known as double-layer fenders, these feature an outer shell made of rubber-cord material and an inner sealing shell. These fenders are very often used for larger yachts and mega yachts.

Types of Damping Fenders

Hydraulic damping fenders are made from thick, durable rubber with holes that allow water to escape when compressed, effectively absorbing impact energy. These fenders are typically hung vertically and can be adjusted for positive or negative buoyancy. Gas damping fenders, on the other hand, use compressed air or gas to dissipate energy during impacts.

Combined Fenders

Hydro-elastic and hydro-pneumatic fenders incorporate air and water to absorb impact energy. The inner shell is filled with air, while the space between the shells contains water that is displaced upon impact. This design makes them compact and suitable for a range of vessel sizes.

Modern Mooring Fenders

Modern OCEAN fenders are equipped with two D-rings on opposite ends, allowing them to be mounted either vertically with one ring or horizontally using both rings, depending on the docking scenario.